Infrastructure as Code (Terraform, Pulumi)
Reproducible, version-controlled cloud infrastructure with Terraform, Pulumi, and Crossplane — designed for stability, automation, and minimal manual drift. We build highly automated cloud environments that significantly reduce manual configuration, reduce risk, and standardize operations across engineering teams.
Common Problems We Solve
- Manual cloud setup that breaks under change → replaced with version-controlled, declarative infrastructure
- Inconsistent environments across teams → replaced with reusable modules and parameterized deployments
- Security misconfigurations & access chaos → replaced with IAM policies, encryption, and automated guardrails
- Slow onboarding for new engineers → replaced with self-documenting, reproducible infrastructure
- High operational overhead → replaced with automated workflows and GitOps
Automation significantly reduces these risks and improves reliability across the delivery process.
What We Build
Fully Declarative Cloud Infrastructure
We define your entire cloud environment as code:
- VPCs, subnets, gateways, routes, NAT
- Kubernetes clusters (EKS, GKE, AKS)
- Databases, storage, caches
- Load balancers, networking, ingress
- IAM roles, permissions, policies
- Secrets management & encryption
- Monitoring, logs, dashboards
- Designed for reproducibility and predictable behavior through version control and Git-based workflows.
Terraform, Pulumi & Crossplane Ecosystems
We choose the right IaC tool based on your architecture and team:
- Terraform: Mature ecosystem and modules, multi-cloud support, enterprise workflows (remote state, policies), drift detection & compliance integrations
- Pulumi: Infrastructure written in TypeScript / Python, perfect for teams with strong software engineering culture, easier abstractions and complex logic handling
- Crossplane: GitOps-native cloud control plane, everything managed via Kubernetes API, ideal for teams with mature K8s practices
- Your cloud becomes fully automated — from provisioning to updates.
Environment Standardization
We eliminate inconsistent environments by codifying everything:
- Dev / Staging / Prod parity
- Parameterized infrastructure modules
- Reusable patterns for new services
- Automated promotions via CI/CD
- Reduced environment discrepancies between development and production.
Security & Compliance Built-In
IaC helps enforce security standards consistently:
- Role-based IAM
- Encrypted secrets & parameter stores
- Configurations designed to support CIS-relevant benchmarks
- Policy-as-code (OPA, Sentinel, Kyverno)
- Enforced guardrails for engineers
- Security and compliance controls integrated by design.
Drift-Prevention Workflows
We implement workflows designed to minimize configuration drift:
- Automated CI/CD checks
- Drift detection (Terraform, Crossplane, ArgoCD)
- Read-only cloud consoles (optional)
- Git as the single source of truth
- Your environments stay predictable, compliant, and maintainable.
Integrations
We integrate IaC with the rest of your platform:
- GitHub Actions / GitLab CI / Jenkins
- ArgoCD / Flux (GitOps)
- Kubernetes / Helm / Kustomize
- Secrets managers (AWS KMS, GCP KMS, Vault, SSM)
- Monitoring stacks (Prometheus, Grafana, Loki)
- Infrastructure, CI/CD, and Kubernetes work as a single automated system.
How It Works
- 1We analyze your current cloud infrastructure, identify manual processes, and design the optimal IaC architecture
- 2We choose the right tool (Terraform, Pulumi, or Crossplane) based on your team and requirements
- 3We codify your infrastructure with reusable modules, parameterized configurations, and environment standardization
- 4We implement security, compliance, and policy-as-code to enforce standards automatically
- 5We set up drift detection, CI/CD integration, and GitOps workflows to effectively eliminate manual operations
- 6We provide documentation, training, and ongoing support for your team
IaC helps address these issues through version-controlled, declarative infrastructure and automated workflows.
Results commonly observed in projects, depending on system complexity, organizational structure, and implementation scope.
Results You Can Expect
Results commonly observed in IaC implementation projects, depending on cloud provider, architecture, and organizational processes.
Who This Is For
Multi-environment teams
Want predictable cloud infrastructure without manual setup
Regulated workloads
Handle finance, manufacturing, or healthcare workloads with compliance requirements
Kubernetes & GitOps teams
Migrating to Kubernetes or adopting GitOps practices
The results shown are based on individual project contexts and client environments. Actual outcomes may vary depending on system complexity, architecture, and organizational setup.
Why Choose H-Studio for Infrastructure as Code
Frequently Asked Questions
Which IaC tools are used?
We work with Terraform, Pulumi, CloudFormation, Ansible, and other IaC tools. We choose the best tool based on your cloud provider, team expertise, and requirements.
How long does it take to implement Infrastructure as Code?
Migration to IaC typically takes 2–4 weeks for simple setups, while complex multi-environment infrastructures need 4–8 weeks. Duration depends on scope and complexity.
Can existing manual infrastructures be migrated?
Yes — we can migrate existing manual infrastructures to IaC. We analyze your current infrastructure, create IaC code, and migrate gradually with minimal downtime.
Next Steps
Ready to automate your cloud infrastructure with IaC?
Disclaimer: All improvements described on this page are based on specific project contexts and technical implementations. Actual results may vary depending on system complexity, architecture, organizational processes, and baseline conditions. H-Studio provides technical implementation services and does not guarantee specific performance metrics or business outcomes.